用于探测和识别化学战剂的传感器阵列的开发

I. Bucur, S. Serban, A. Surpăteanu, N. Cupcea, C. Viespe, C. Grigoriu, C. Toader, N. Grigoriu
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引用次数: 0

摘要

本文研究了一种基于六种不同表面声波传感器阵列的装置,用于三种化学战剂(氯霉素、索曼和路易斯特)的探测和识别。传感器为“延迟线”型,中心频率为69.4 MHz。它提出了一种从有限可能气体中识别气体性质和浓度的原始算法。为实现该算法而开发的数值程序向操作人员提供了气体的所有细节以及作为从传感器接收到的信号干扰程度的测量所提供的结果的可信度指标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The development of a sensor array for the detection and recognition of chemical warfare agents
In this paper we studied a device based on array of six different sensors with surface acoustic wave for detections and recognition of three chemical warfare agents (Chloropicrin, Soman and Lewisite). The sensors are “delay line” type with a center frequency of 69.4 MHz. It presents an original algorithm to identify the nature and concentration of gas from a finite range of possible gases. Numerical program developed to implement this algorithm, provides to operators all the particulars of gas and an indicator of credibility of the results provided as a measure of the degree of disturbance of the signals received from sensors.
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